Hardware Development & PCB Design
Precision Engineering for Smarter Electronics
At SinroRobotics, we focus on end-to-end hardware development — from design to production — providing robust, custom-designed electronic solutions driving smart systems in industries such as transportation, security, automation, and robotics.
Our in-house Printed Circuit Board (PCB) design and production expertise allows us to create highly optimized, space-efficient, and durable electronic control systems that fulfil commercial and industrial requirements.
Our in-house Printed Circuit Board (PCB) design and production expertise allows us to create highly optimized, space-efficient, and durable electronic control systems that fulfil commercial and industrial requirements.
What We Do
Custom Hardware Design
- Embedded control boards for automation systems
- Sensor interfaces and IoT-enabled devices
- Driver boards and power management circuits
- FPGA- and microcontroller-based solutions
Printed Circuit Board (PCB) Design & Manufacturing
- Double, multi-layer, and single PCB design
- High-speed signal routing, EMI/EMC compliance, and impedance control
- SMT & THT (surface-mount and through-hole technology) support
- Volume production and rapid prototyping
Integration-Ready Solutions
- Software platform- and mechanical enclosure-compatible design
- Plug-and-play interfaces for field deployment
- Environmentally reliable testing, power efficiency, and long-term durability
Key Projects & Capabilities
Vault Safety & Security System
Developed proprietary PCB with access control, lock management, and emergency detection
Public Counting System (PCS)
Designed real-time edge processing boards with support for AI acceleration for footfall counting
Intelligent Traffic Management System (ITMS)
Designed controller boards for access control gates, emergency units, and traffic signal interfacing
Our Process
1
Tailored requirement analysis & component selection
Application specific according to need, cost, and performance standards
2
Schematic Design & Simulation
Leveraging sophisticated software such as Altium, Eagle, KiCad, and Proteus
3
PCB Layout & DFM Review
Signal integrity, manufacturability, and thermal performance optimized
4
Prototype Fabrication & Assembly
Quick turnaround, followed by severe functional testing
5
Final Testing & Field Validation
EMI/EMC testing, load testing, and environmental stress testing